
\begin{table}[ht!]
\begin{center}
\begin{tabular}{l c c c c}
\toprule
 & Model 1 & Model 2 & Model 3 & Model 4 \\
\midrule
Black                      & $-0.15^{*}$ & $-0.19^{**}$ & $-0.17^{*}$ & $-0.16^{*}$  \\
                           & $(0.07)$    & $(0.07)$     & $(0.07)$    & $(0.07)$     \\
Hispanic                   & $0.03$      & $0.07$       & $0.03$      & $0.03$       \\
                           & $(0.07)$    & $(0.07)$     & $(0.07)$    & $(0.07)$     \\
Asian/AI/AN/PI             & $0.19$      & $0.24$       & $0.20$      & $0.18$       \\
                           & $(0.11)$    & $(0.13)$     & $(0.11)$    & $(0.13)$     \\
Closest Trauma (10s miles) & $0.09^{*}$  & $0.05$       & $0.10^{*}$  & $0.10^{*}$   \\
                           & $(0.04)$    & $(0.04)$     & $(0.04)$    & $(0.04)$     \\
Houston                    & $-0.05$     &              & $-0.04$     & $0.22^{*}$   \\
                           & $(0.11)$    &              & $(0.10)$    & $(0.11)$     \\
King County                & $-0.03$     &              & $-0.04$     & $-0.05$      \\
                           & $(0.15)$    &              & $(0.15)$    & $(0.42)$     \\
Los Angeles                & $0.25^{*}$  &              & $0.26^{*}$  & $0.59^{***}$ \\
                           & $(0.11)$    &              & $(0.11)$    & $(0.11)$     \\
Orlando                    & $0.10$      &              & $0.10$      & $0.30^{*}$   \\
                           & $(0.13)$    &              & $(0.12)$    & $(0.13)$     \\
San Jose                   & $0.02$      &              & $0.03$      & $0.23$       \\
                           & $(0.13)$    &              & $(0.13)$    & $(0.23)$     \\
Seattle                    & $0.28$      &              & $0.27$      & $0.55^{*}$   \\
                           & $(0.16)$    &              & $(0.16)$    & $(0.22)$     \\
Tucson                     & $0.37^{*}$  &              & $0.35^{*}$  & $0.85^{***}$ \\
                           & $(0.14)$    &              & $(0.13)$    & $(0.12)$     \\
2011                       &             & $0.12$       & $0.07$      & $0.18^{**}$  \\
                           &             & $(0.09)$     & $(0.09)$    & $(0.07)$     \\
2012                       &             & $0.06$       & $0.07$      & $1.07^{***}$ \\
                           &             & $(0.10)$     & $(0.09)$    & $(0.09)$     \\
2013                       &             & $0.08$       & $0.07$      & $0.45^{*}$   \\
                           &             & $(0.10)$     & $(0.09)$    & $(0.20)$     \\
2014                       &             & $0.15$       & $0.14$      & $0.27^{*}$   \\
                           &             & $(0.11)$     & $(0.10)$    & $(0.13)$     \\
2015                       &             & $0.05$       & $0.06$      & $0.67^{**}$  \\
                           &             & $(0.10)$     & $(0.09)$    & $(0.25)$     \\
2016                       &             & $0.03$       & $0.06$      & $0.26$       \\
                           &             & $(0.10)$     & $(0.09)$    & $(0.33)$     \\
2017                       &             & $-0.03$      & $-0.02$     & $0.29$       \\
                           &             & $(0.12)$     & $(0.11)$    & $(0.30)$     \\
Intercept                  & $0.29^{*}$  & $0.43^{***}$ & $0.23$      & $-0.06^{*}$  \\
                           & $(0.12)$    & $(0.10)$     & $(0.13)$    & $(0.02)$     \\
\midrule
R$^2$                      & $0.13$      & $0.07$       & $0.14$      & $0.19$       \\
Adj. R$^2$                 & $0.12$      & $0.06$       & $0.12$      & $0.15$       \\
Sigma                      & $0.47$      & $0.48$       & $0.47$      & $0.46$       \\
nobs                       & $1250$      & $1250$       & $1250$      & $1250$       \\
AIC                        & $1665.53$   & $1744.71$    & $1669.11$   & $1670.96$    \\
BIC                        & $1727.10$   & $1806.28$    & $1766.60$   & $1983.94$    \\
Log Likelihood             & $-820.76$   & $-860.35$    & $-815.56$   & $-774.48$    \\
\bottomrule
\multicolumn{5}{l}{\scriptsize{$^{***}p<0.001$; $^{**}p<0.01$; $^{*}p<0.05$}}
\end{tabular}
\caption{Estimated relationship between civilian race and probability of fatality conditional upon being involved in an officer-involved shooting. Cells show linear probability model coefficients with clustered-robust standard errors. Omitted category is white civilians, Charlotte and the year 2010.}
\label{tab:lpm_FE}
\end{center}
\end{table}
